VATECH pDRIVE CX profi Frequency Inverter Manuals

VATECH pDRIVE CX profi Frequency Inverter Manuals

Manuals and User Guides for VATECH pDRIVE CX profi Frequency Inverter. We have 1 VATECH pDRIVE CX profi Frequency Inverter manual available for free PDF download: Operating And Mounting Instructions Manual

VATECH pDRIVE CX profi Operating And Mounting Instructions Manual

VATECH pDRIVE CX profi Operating And Mounting Instructions Manual (112 pages)

Brand: VATECH | Category: DC Drives | Size: 1.78 MB

Table of Contents

Automatic Restart
2
Delivery Conditions
2
Parameters
2
Safety Instructions
2
Specifications
2
Operating and Mounting the Frequency Inverter
3
Description of the Control Panel
4
Displays
4
Operating Using the Control Panel Built-In
4
Quick Navigation and Adjustment of Parameters
4
Example of Programming to Set the Frequency and to Start the Inverter
5
Mounting
5
Alarm-LED
6
Hz-LED
6
Leds on the Control Panel
6
Power-LED
6
Overview of Control Levels
7
Changing Parameter Settings on the 1St Control Level
8
Changing Parameter Settings on the 2Nd Control Level
8
Changing the Indication of the LED Display
8
Overview of Parameters
9
Parameter Name
9
- Analog Inputs
  10
- Multispeeds
  10
Parameter Name
10
DC Brake
11
Parameter Name
11
- V/F Characteristic
  11
- Automatic Voltage Regulation
  12
- Frequency Limits
  12
Parameter Name
12
- PID Configuration
  12
- Ramp Adjustment
  12
- Digital Inputs
  13
- Overload Protection
  13
Parameter Name
13
- Thermal Protection
  13
- Table of Contents
  14
- Digital Outputs
  14
- General Functions
  14
- Output Functions
  14
- Undervoltage / Autoreset
  14
- 2Nd Set
  15
- Analog Outputs
  15
- Energy Saving
  15
- Fault Memory
  16
- Option Cards
  16
- Serial Communication
  16
- Software Lock, Factory Default
  16
- Before Working with the Equipment Check Following Points
  17
- Commissioning
  17
- Commissioning Via the Built-In Keypad
  17
- Factory Defalut (Initialisation)
  17
- Description of Parameters
  18
- Jogging Frequency
  18
- Output Current
  18
- Output Frequency
  18
- Condition of Digital Inputs
  19
- Condition of Digital Outputs
  19
- Output Frequency Scaled
  19
- Output Voltage
  19
- 1St Acceleration Ramp
  20
- Base Frequency
  20
- Base Settings
  20
- Maximum Frequency
  20
- External Frequency Start O (0...10V)
  21
- External Frequency Start OI (4...20Ma)
  21
- Method of Run Command
  21
- Method of Speed Command
  21
- Ext. Frequency Start Pattern OI (4...20Ma)
  22
- External Frequency Start Pattern O (0...10V)
  22
- AT Terminal Selection
  23
- O2 Control Selection
  23
- Time Constant for Analog Signals
  23
- Multi Speed Selection
  24
- Multi Speeds − “Binary” Function
  25
- Multispeeds − “Bit” Function
  25
- Stop Mode of Jog Function
  25
- Manual Torque Boost Frequency Point
  26
- Manual Torque Boost Setting
  26
- Torque Boost Method Selection
  26
- V/F Characteristic Setting
  26
- Start Reduced Voltage Selection
  27
- Voltage Gain Setting
  27
- Free Adjustable V/F Characteristic
  28
- Selection of DC Braking
  28
- DC Brake Always Active (A051=01)
  29
- DC Brake Depending on Contact
  29
- DC Brake Depending on Time
  29
- DC Brake Controlled Via Digital Input (A051=00)
  30
- Dynamic Braking ON-Level
  31
- Dynamic Braking Ratio
  31
- Dynamic Braking Selection
  31
- Frequency Upper Limit
  31
- 1St Jump Frequency
  32
- 1St Jump Frequency Width
  32
- 3Rd Jump Frequency Width
  32
- General
  32
- Actual Value
  33
- Displays
  33
- PID Reference Value
  33
- PID Controller: Differential Gain(Tv)
  34
- PID Controller: Integral Gain(Tn)
  34
- PID Controller: Proportional Gain (Kp)
  34
- Selection of PID Function: ON/OFF
  34
- PID Controller: Feedback Destination
  35
- PID Controller: Level of Deviation
  35
- PID Controller: Scale Conversion
  35
- 2Nd Acceleration Ramp
  36
- 2Nd Deceleration Ramp
  36
- Selection of AVR Function
  36
- Selection of Voltage for AVR
  36
- Pattern of Acceleration Ramp
  37
- Pattern of Deceleration Ramp
  37
- Switch-Over 1./2. Acceleration Ramp
  37
- Switch-Over 1./2. Deceleration Ramp
  37
- Electronic Overload Characteristic
  38
- Electronic Overload Setting
  38
- Free Electronic Thermal: Current 1
  38
- Free Electronic Thermal: Frequency 1
  38
- Level of 1St Overload Restriction
  39
- Rate of 1St Decel. at Overload Restriction
  39
- Selection of 1St Overload Restriction
  39
- Selection of 2Nd Overload Restriction
  39
- Explanations of the Functions for the Digital Inputs
  41
- Jog Mode
  41
- Multispeeds (“Binary” Function)
  41
- Start/Stop Via Switch Contacts
  41
- Impulse Lock
  42
- Switch-Over of Parameters
  42
- Switch-Over of Ramps
  42
- External Fault
  43
- Restart Lock for Undervoltage (USP)
  43
- Bypass Signal
  44
- Software Lock
  44
- Switch-Over to Automatic Reference Value
  44
- External Reset
  45
- Motorpotentiometer
  45
- PID Controller
  45
- Start/Stop Via Impulses
  45
- Multispeeds (“Bit”-Function)
  46
- Switch-Over of Overload Restriction
  46
- Reference Up/Down Selecteion
  47
- Standardization of Thermistor Input
  47
- Thermistor Error Level
  47
- Thermistor Type Seleciton
  47
C021 Function of Relay
48
- Function of Relay 11
  48
- Function of Relay 12
  48
- Function of Relay al
  48
C032 Relay Output
50
- Relay Output 11: Inversion
  50
- Relay Output 12: Inversion
  50
- Relay Output AL: Inversion
  50
- Arrival Signal for Acceleration 1
  51
- Arrival Signal for Deceleration 1
  51
- Level of Overload Signal 1
  51
- Overload Signal Output Mode
  51
- Level of Thermal Motor Protection
  52
- Retry Waiting Time
  52
- Run/Power on Time
  52
- Sec 1,0 Sec
  52
- Selection of Restart Mode
  52
- Input Phase Loss Protection
  53
- Matching Frequency Setting
  53
- Undervoltage Number of Retry
  53
- Undervoltage Trip During Stop
  53
- Carrier Frequency Setting
  54
- Direction Restriciton (Input)
  54
- Frequency Converted Value Setting
  54
- Start Frequency Adjustment
  54
- Cooling Fan Control
  55
- Display Selection
  55
- Motor Kw Rating
  55
- Motor Poles
  55
- 2Nd Frequency Lower Limit
  56
- 2Nd Internal Pre-Set Speed
  56
- 2Nd Torque Boost Method Selection
  56
- 2Nd V/F Characteristic Setting
  56
- 2Nd Electronic Overload Setting
  57
- 2Nd Selection of Electronic Overload Charact.
  57
- 2Nd Stage Acceleration Change over Point
  57
- 2Nd Stage Deceleration Change over Point
  57
- Function of am Analog Output
  58
- Function of AMI Analog Output
  58
- Function of FM PWM Output
  58
- AM Analog Adjustment
  59
- AM Analog Offset
  59
- AMI Analog Offset
  59
- FM PWM Meter Adjustment
  59
- Number of Trips
  63
- Trip Messages
  63
- Error Messages
  64
- Alarm Messages
  67
- Warning Monitor
  67
- Further Displays
  68
- Frequencies > 60 Hz
  69
- Short Mains Failure
  69
- Special Safety Instructions
  69
- Braking Function
  70
- General Data
  70
- Power Data
  70
- Technical Data
  70
- General Technical Data
  71
- Mains Impedance
  72
- Remarks on Power Supply
  72
- Safety Remarks / FI Safety Switch
  72
- Key to Table
  73
- Mains Fuses and Cable Diameters
  73
- Compensation Capacitors
  74
- Motor Cable Lengths
  74
- Option: AMF (Output Motor Filter)
  74
- Remarks to the Inverter Output Side
  74
- Distances from Other Devices or against the Wall
  75
- General Mounting Information
  75
- Dimensions
  76
- Power Connections
  79
- General Connecting Information
  80
- Control Terminals
  81
- External Wiring
  81
- Internal Wiring of the Control Terminals
  81
- Specification of Control Terminals
  82
- Manual Operation Via the Built-In Keypad
  85
- Wiring Examples
  85
- Operation Via Analogue Reference Value 0...10 V
  86
- Operation Via Analog Reference Value 4...20 Ma
  87
- Operation Via Multispeeds
  88
- Control Diagram
  89
- Operation Via Integrated PID Controller
  89
- Setting Example: Flow Control
  89
- Parameter Adjustments
  90
- Reference Value
  90
- Installation Rules
  92
- Line Choke (Built-In into the CE-DR RFI-Filter)
  92
- Protective Measure FI Safety Switch
  92
- RFI-Filters CE-DR
  92
- Allocation Table: Inverter - Options - Motor Cables - Motor
  94
- Mains Voltage
  95
- Wiring
  95
- Wiring Diagram
  95
- Mounting and Connection
  96
- AMF Specification
  97
- Output-Motor-Filter AMF
  97
- Amf 450/12:
  98
- Amf 450/48:
  98
- Amf 450/90:
  98
- Overtemperature Protection
  99
- Isolated Amplifier TV5, TV6
  100
- EMC Product Standard for PDS (Power-Drive-Systems) en 61800-3
  101
- BDM: Base-Drive-Module
  102
- CDM: Complete-Drive-Module
  102
- PDS: Power-Drive-System
  102
- Domestic Premises
  103
- Industrial Premises
  103
- Frequency Inverters
  104
- Start-Up Log
  104

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